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Improved limits on dark matter annihilation in the Sun with the 79-string IceCube detector and implications for supersymmetryopen access

Authors
Aartsen, M.G.Abraham, K.Ackermann, M.Adams, J.Aguilar, J.A.Ahlers, M.Ahrens, M.Altmann, D.Anderson, T.Ansseau, I.Anton, G.Archinger, M.Arguelles, C.Arlen, T.C.Auffenberg, J.Bai, X.Barwick, S.W.Baum, V.Bay, R.Beatty, J.J.Tjus, J.B.Becker, K.-H.Beiser, E.Benzvi, S.Berghaus, P.Berley, D.Bernardini, E.Bernhard, A.Besson, D.Z.Binder, G.Bindig, D.Bissok, M.Blaufuss, E.Blumenthal, J.Boersma, D.J.Bohm, C.Börner, M.Bos, F.Bose, D.Böser, S.Botner, O.Braun, J.Brayeur, L.Bretz, H.-P.Buzinsky, N.Casey, J.Casier, M.Cheung, E.Chirkin, D.Christov, A.Clark, K.Classen, L.Coenders, S.Collin, G.H.Conrad, J.M.Cowen, D.F.Silva, A.H.C.Danninger, M.Daughhetee, J.Davis, J.C.Day, M.De, André J.P.A.M.Clercq, C.D.Rosendo, E.D.P.Dembinski, H.Ridder, S.D.Desiati, P.De, Vries K.D.De, Wasseige G.De, With M.Deyoung, T.Díaz-Vélez, J.C.Di, Lorenzo V.Dumm, J.P.Dunkman, M.Eberhardt, B.Edsjö, J.Ehrhardt, T.Eichmann, B.Euler, S.Evenson, P.A.Fahey, S.Fazely, A.R.Feintzeig, J.Felde, J.Filimonov, K.Finley, C.Flis, S.Fösig, C.-C.Fuchs, T.Gaisser, T.K.Gaior, R.Gallagher, J.Gerhardt, L.Ghorbani, K.Gier, D.Gladstone, L.Glagla, M.Glüsenkamp, T.Goldschmidt, A.Golup, G.Gonzalez, J.G.Góra, D.Grant, D.Griffith, Z.Groß, A.Ha, C.Haack, C.Ismail, A.H.Hallgren, A.Halzen, F.Hansen, E.Hansmann, B.Hanson, K.Hebecker, D.Heereman, D.Helbing, K.Hellauer, R.Hickford, S.Hignight, J.Hill, G.C.Hoffman, K.D.Hoffmann, R.Holzapfel, K.Homeier, A.Hoshina, K.Huang, F.Huber, M.Huelsnitz, W.Hulth, P.O.Hultqvist, K.In, S.Ishihara, A.Jacobi, E.Japaridze, G.S.Jeong, M.Jero, K.Jones, B.J.P.Jurkovic, M.Kappes, A.Karg, T.Karle, A.Katz, U.Kauer, M.Keivani, A.Kelley, J.L.Kemp, J.Kheirandish, A.Kiryluk, J.Klein, S.R.Kohnen, G.Koirala, R.Kolanoski, H.Konietz, R.Köpke, L.Kopper, C.Kopper, S.Koskinen, D.J.Kowalski, M.Krings, K.Kroll, G.Kroll, M.Krückl, G.Kunnen, J.Kurahashi, N.Kuwabara, T.Labare, M.Lanfranchi, J.L.Larson, M.J.Lesiak-Bzdak, M.Leuermann, M.Leuner, J.Lu, L.Lünemann, J.Madsen, J.Maggi, G.Mahn, K.B.M.Mandelartz, M.Maruyama, R.Mase, K.Matis, H.S.Maunu, R.McNally, F.Meagher, K.Medici, M.Meier, M.Meli, A.Menne, T.Merino, G.Meures, T.Miarecki, S.Middell, E.Mohrmann, L.Montaruli, T.Morse, R.Nahnhauer, R.Naumann, U.Neer, G.Niederhausen, H.Nowicki, S.C.Nygren, D.R.Pollmann, A.O.Olivas, A.Omairat, A.O'Murchadha, A.Palczewski, T.Pandya, H.Pankova, D.V.Paul, L.Pepper, J.A.Heros, C.P.D.L.Pfendner, C.Pieloth, D.Pinat, E.Posselt, J.Price, P.B.Przybylski, G.T.Quinnan, M.Raab, C.Rädel, L.Rameez, M.Rawlins, K.Reimann, R.Relich, M.Resconi, E.Rhode, W.Richman, M.Richter, S.Riedel, B.Robertson, S.Rongen, M.Rott, C.Ruhe, T.Ryckbosch, D.Sabbatini, L.Sander, H.-G.Sandrock, A.Sandroos, J.Sarkar, S.Savage, C.Schatto, K.Schimp, M.Schlunder, P.Schmidt, T.Schoenen, S.Schöneberg, S.Schönwald, A.Schulte, L.Schumacher, L.Scott, P.Seckel, D.Seunarine, S.Silverwood, H.Soldin, D.Song, M.Spiczak, G.M.Spiering, C.Stahlberg, M.Stamatikos, M.Stanev, T.Stasik, A.Steuer, A.Stezelberger, T.Stokstad, R.G.Stößl, A.Ström, R.Strotjohann, N.L.Sullivan, G.W.Sutherland, M.Taavola, H.Taboada, I.Tatar, J.Ter-Antonyan, S.Terliuk, A.Tešić, G.Tilav, S.Toale, P.A.Tobin, M.N.Toscano, S.Tosi, D.Tselengidou, M.Turcati, A.Unger, E.Usner, M.Vallecorsa, S.Vandenbroucke, J.Eijndhoven, N.V.Vanheule, S.Santen, J.V.Veenkamp, J.Vehring, M.Voge, M.Vraeghe, M.Walck, C.Wallace, A.Wallraff, M.Wandkowsky, N.Weaver, C.Wendt, C.Westerhoff, S.Whelan, B.J.Wiebe, K.Wiebusch, C.H.Wille, L.Williams, D.R.Wills, L.Wissing, H.Wolf, M.Wood, T.R.Woschnagg, K.Xu, D.L.Xu, X.W.Xu, Y.Yanez, J.P.Yodh, G.Yoshida, S.Zoll, M.
Issue Date
Apr-2016
Publisher
Institute of Physics Publishing
Keywords
dark matter experiments; dark matter theory; neutrino experiments
Citation
Journal of Cosmology and Astroparticle Physics, v.2016, no.4
Journal Title
Journal of Cosmology and Astroparticle Physics
Volume
2016
Number
4
URI
https://scholarworks.bwise.kr/cau/handle/2019.sw.cau/64266
DOI
10.1088/1475-7516/2016/04/022
ISSN
1475-7516
Abstract
We present an improved event-level likelihood formalism for including neutrino telescope data in global fits to new physics. We derive limits on spin-dependent dark matter-proton scattering by employing the new formalism in a re-analysis of data from the 79-string IceCube search for dark matter annihilation in the Sun, including explicit energy information for each event. The new analysis excludes a number of models in the weak-scale minimal supersymmetric standard model (MSSM) for the first time. This work is accompanied by the public release of the 79-string IceCube data, as well as an associated computer code for applying the new likelihood to arbitrary dark matter models.
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자연과학대학 (물리학과)
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